ZKTeco SBTL8000 Speed Gate Turnstile in Dubai, UAE
Designed for organizations that want a controlled, modern pedestrian entrance, the SBTL8000 combines a slim single-lane swing-barrier format with modular authentication planning, servo-driven movement and practical safety functions. It can form part of an access-control solution for corporate receptions, office towers, campuses, data facilities and other managed entrances where visitor flow, credential verification and professional presentation all matter. FourTeck.com helps buyers review the gate, controller, reader, software, lane layout and site requirements as one complete project instead of selecting the turnstile in isolation.
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Quick Product Information
ZKTeco
SBTL8000 Series
Single-lane swing barrier speed gate
Managed pedestrian entrances and controlled lobbies
660 mm; 1000 mm optional
RFID, QR code or facial options based on selected setup
Not included by default; ZKTeco C3/InBio options are supported
Confirm lane, credentials, controller, software and site conditions
Fast Decision Snapshot for Project Buyers
The SBTL8000 makes the most sense when the entrance-control requirement is broader than simply placing a physical barrier at a doorway. It is intended to work as part of a coordinated access environment in which the credential method, access controller, safety signals, software and physical lane are planned together.
Offices, campuses, commercial reception areas and controlled internal entry points where appearance and pedestrian flow are important.
A slim, professional lane can be paired with different credential approaches without redesigning the complete gate concept.
Confirm passage width, controller, reader type, power, fire-interface requirement, floor condition and expected traffic pattern.
Share drawings, lane count and authentication preference so the quotation can reflect the complete project rather than only the gate chassis.
Product Overview
A speed gate sits at the point where physical movement and digital access policy meet. The ZKTeco SBTL8000 is designed to control a single pedestrian lane using transparent acrylic swing barriers driven by a servo motor. Rather than being treated as a simple mechanical turnstile, it can be integrated with access-control components so that the barrier opens after an accepted credential and remains closed when access is not granted. This makes it relevant to organizations that want a more guided and presentable entry experience than a conventional tripod turnstile can offer.
The current SBTL8000 architecture uses a narrow SUS304 stainless-steel chassis with a full aluminium top cover and tempered glass, giving project designers a clean visual format for front-of-house environments. A modular reader approach allows authentication choices to be considered around the deployment: undermount QR code or RFID arrangements are supported, while facial authentication can be planned with post-mounted devices. ZKTeco also lists optional post-mount RFID reader families and its QR500 reader. Because the base SBTL8000 is not supplied with a controller by default, procurement teams should treat controller selection as an explicit project decision rather than assuming it is included.
Pedestrian safety and operational response are important in any gate project. The SBTL8000 incorporates infrared sensing, anti-tailgating logic, anti-pinch behavior, fire-signal integration and automatic barrier release in emergency or power-off conditions. These functions support a controlled entrance while helping designers account for evacuation and misuse scenarios. They do not replace a proper site risk assessment, building-code review or emergency-escape design, so the final installation should be coordinated with the relevant consultant, integrator and facilities team.
For buyers in Dubai and the wider UAE, the most important procurement step is to define the complete entrance requirement before asking only for a unit price. Lane count, standard or wider passage, access controller, credential method, reader mounting, software environment, expected foot traffic, floor preparation and environmental protection can all affect the final bill of materials. FourTeck.com can help structure these requirements into a clearer quotation request and identify the items that must be confirmed before supply.
Key Business Benefits
◆ Professional Entrance Flow
The swing-barrier format creates a guided passage that suits reception areas and managed lobbies. Clear top LED indications help users understand whether the lane is in standby, open or alarm/close status, reducing uncertainty at busy access points.
◆ Flexible Credential Planning
A modular reader concept helps project teams match the gate with RFID, QR or facial authentication choices. This is useful when an organization needs to align the physical lane with an existing badge policy, visitor process or planned access upgrade.
◆ Controlled Pedestrian Detection
The current configuration uses multiple infrared sensor pairs, with 12 pairs standard and 18 pairs optional. These sensors support passage detection, anti-tailgating behavior and anti-pinch operation, which are important when balancing security with comfortable movement.
◆ Emergency-Aware Operation
A fire-alarm input and power-off unlocking behavior allow the barrier to release under defined emergency conditions. That helps the gate participate in a broader life-safety design when it is installed and commissioned correctly.
◆ Adaptable Lane Width
The 660 mm standard lane works for conventional pedestrian movement, while an optional 1000 mm lane is listed for projects requiring additional clearance. Final accessibility suitability should be validated against local project requirements and the selected layout.
◆ Durable Project Platform
SUS304 stainless steel, acrylic barriers, a servo drive and a manufacturer-listed MCBF of 10 million cycles provide a specification base for projects that expect regular daily operation. Actual service life still depends on installation, traffic and maintenance.
These benefits become meaningful only when the gate is specified as part of a complete system. A buyer should not assume that an RFID reader, access controller, software license, network interface, mounting accessory or wider lane is included unless the quotation lists it. Treating the SBTL8000 as a configurable entrance-control platform helps avoid omissions and makes technical evaluation much easier for procurement, facilities and security teams.
Product Highlights That Matter in Real Projects
The listed average movement time is adjustable from 0.3 to 0.6 seconds, supporting responsive opening and closing without relying on a free-spinning mechanical arm.
Current figures list up to 35 persons per minute with RFID and up to 30 persons per minute with QR or facial authentication. Real throughput depends on user behavior and system configuration.
The gate is not controller-equipped by default. C3 or InBio series controllers can be selected, while third-party controller fit depends on available chassis space and integration requirements.
The standard product is listed with IPX4 water resistance, while a customized IP65 option can be requested. Site exposure, drainage, power routing and protection should be reviewed before outdoor use.
The most useful way to read these highlights is as planning information, not as a ready-made bill of materials. For example, selecting facial authentication changes the user experience and may influence mounting, network and software decisions. Choosing the wider lane changes physical planning. Requesting the customized IP65 option also changes the device height. FourTeck.com can help buyers turn these product facts into a project checklist before quotation.
Technical Specifications
| Specification | Current Listed Detail |
|---|---|
| Brand / Model | ZKTeco SBTL8000 Series |
| Lane Type | Single lane |
| Barrier Movement | Swing barrier with servo motor |
| Lane Width | 660 mm standard / 1000 mm optional |
| Barrier Material / Size | Transparent acrylic; 715 × 295 mm |
| Chassis / Top | SUS304 stainless-steel chassis; full aluminium top cover with tempered glass |
| Movement Speed | Average 0.3–0.6 seconds per movement; adjustable open/close timing |
| IR Sensors | 12 pairs standard / 18 pairs optional |
| Flow Rate | RFID: 35 passengers/minute; QR: 30 passengers/minute; facial authentication: 30 passengers/minute |
| Reader Options | Undermount QR/RFID; post-mount facial authentication; supported post-mount RFID families include Pro ID and KR; QR500 listed for QR |
| Controller | Not equipped by default; C3 or InBio series optional; third-party controller subject to chassis space |
| Communication / Fire Interface | 1 × RS485 port; 1 × fire alarm relay port; voltage-free fire signal input |
| Power | AC 100–220V, 50/60Hz; 40VA standby / 120VA operation |
| Operating Environment | −20°C to 70°C; 0–95% RH non-condensing |
| Ingress Protection | IPX4 standard; customized IP65 option available on request |
| Dimensions | 1613 × 134 × 1017.5 mm standard; 1613 × 134 × 1031.5 mm with optional IP65 configuration |
| Weight | SBTL8000 Series: 220 kg |
| Reliability Figures | MCBF 10 million; listed MTTR 60 minutes |
| Safety / Security | Power-off unlock, fire-alarm active release, anti-tailgating and anti-pinch functions |
| Supported Software | ZKBio CVAccess / ZKBio CVSecurity, depending on equipped access controller |
| Certifications | CE, FCC |
| Site Preparation | Flat, level finished floor; optional base plate for unfinished floors |
When comparing quotations, buyers should make sure every supplier is pricing the same scope. A low chassis-only figure is not equivalent to a complete operational lane that includes controllers, readers, credentials, software, installation materials, wiring and commissioning. The same applies to passage width and environmental protection: the standard configuration and an optional wider or IP65-ready configuration should not be mixed in the same comparison. A useful quotation therefore lists the exact SBTL8000 variant, quantity of cabinets, reader type, controller model, software requirement, mounting accessories and services separately. This makes financial approval easier and reduces the chance of discovering missing components after the equipment reaches the site.
Configuration and Buyer Guidance
Start with the entrance itself. Confirm whether the project needs one controlled lane or several parallel lanes, whether users move in both directions, and whether a wider passage is required for accessibility, carts or operational convenience. The standard 660 mm lane may suit routine pedestrian movement, while the optional 1000 mm width should be considered when more clearance is required. Building and accessibility requirements must be checked by the project team rather than assumed from the gate specification alone.
Decide whether employees use RFID cards, visitors use QR codes, facial authentication is required, or a combination will be implemented.
The gate does not include a controller by default. Confirm ZKTeco C3/InBio or a suitable third-party controller and its physical/integration fit.
ZKBio CVAccess or ZKBio CVSecurity support depends on the selected controller. Existing platforms may require integration review.
Share floor finish, available width, nearby walls, cable paths, power point, fire interface and environmental exposure before installation planning.
A good request for quotation should include a simple floor plan or marked entrance photograph, lane quantity, expected credential type, existing access-control brand if any, software requirements, electrical availability, delivery location and whether installation or commissioning is part of the requirement. If this is a replacement project, include the current controller and reader information as well. FourTeck.com can use these details to help identify likely dependencies, compatible accessories and configuration questions before the commercial proposal is finalized.
Ideal Business Use Cases
Corporate Reception Areas
For office entrances where employees and approved visitors should pass through a visually clean controlled lane after presenting a credential. The slim cabinet can help preserve a modern reception layout while still creating a clear access boundary.
Commercial Building Lobbies
Suitable for lobby projects that combine entry control with badge, QR or biometric workflows. Multiple lanes can be planned as a coordinated bank, with wider passage options considered where the project requires additional clearance.
Education and Campus Access
Campus entrances may benefit from rapid credential-based movement and integration with existing access management. User behavior, peak changeover periods and emergency egress requirements should be included in the design.
Data Facility and Controlled Zones
The gate can act as the pedestrian boundary before protected internal areas when it is paired with appropriate identity verification and access policy. The complete security architecture should still include doors, monitoring and operational procedures as required.
Visitor Management Workflows
QR-based or centrally managed visitor credentials can be incorporated into an entrance design where guests are pre-registered or issued temporary access. The visitor platform and reader compatibility should be confirmed during system design.
Multi-Tenant Business Facilities
A shared lobby can use controlled lanes to organize access for different tenant groups, provided the controller and software strategy can apply the required permissions. Integration, enrollment and reporting policies should be agreed before procurement.
These are examples of environments where the product can fit, not automatic assurances that every site is suitable. A speed gate should be evaluated alongside local life-safety requirements, accessibility rules, physical security procedures and the organization’s access-management policy. Projects with trolleys, large equipment movement, unusually high peak traffic or exposed outdoor locations may need a different lane layout, wider passage, additional barriers or another entrance-control product. FourTeck.com can help buyers compare the intended use with the available configuration before ordering.
ZKTeco SBTL8000 Pedestrian Flow and Servo Movement
The value of a speed gate is often felt during the busiest ten minutes of the day rather than during quiet periods. Employees arriving together, students changing between sessions or visitors entering for an event can quickly create queues if the authentication process and barrier movement are poorly matched. The SBTL8000 uses a servo motor with adjustable opening and closing timing, and the current specification lists an average movement time between 0.3 and 0.6 seconds per movement. That responsiveness helps the physical barrier keep pace with a properly configured credential workflow.
Authentication method remains a major factor in real throughput. ZKTeco currently lists 35 passengers per minute for RFID and 30 passengers per minute for QR or facial authentication. Those figures should be treated as product reference values, not guaranteed site performance. Actual flow depends on how quickly users present credentials, whether the system must communicate with remote databases, whether visitors hesitate, how alarm events are handled and how the lanes are positioned. A well-designed lobby can therefore require more than simply multiplying a published flow number by the expected headcount.
For larger projects, buyers should calculate peak arrival and departure patterns, not only average daily use. If hundreds of staff arrive within a short window, multiple lanes and a clear circulation layout may be more important than selecting a nominally faster reader. The top LED indicators—blue for closed/standby, green for open and red for close/alarm—also help users interpret the lane state. FourTeck.com can review the expected traffic pattern with the project team so lane quantity and credential method are considered together.
ZKTeco SBTL8000 Modular Authentication and Integration
The modular reader concept is one of the most practical design characteristics of this gate because organizations rarely have identical credential strategies. One company may be standardized on employee RFID cards, another may be building a contactless visitor workflow around QR codes, while a third may want facial authentication at selected entrances. The SBTL8000 can be configured around these choices rather than forcing every project into one fixed reader arrangement.
ZKTeco lists undermount options for QR code and RFID, together with post-mounted facial authentication. It also identifies Pro ID and KR reader families for post-mounted RFID and QR500 for QR reading. The gate itself is not equipped with an access controller by default. Optional C3 and InBio series controllers are listed, and a third-party controller can be considered if chassis space and integration requirements permit. That distinction is important because the gate hardware moves the barrier, while the broader access-control architecture determines who is allowed to pass and records the event.
Software planning follows the controller decision. ZKBio CVAccess and ZKBio CVSecurity are listed as supported platforms depending on the access controller used. Existing organizations may already have card databases, visitor platforms or building-management processes, so a replacement project should document what must remain unchanged. Vendor case deployments show that the SBTL8000 has been integrated with existing access-control environments, but each new project still requires technical validation of interfaces, credential formats, event logic and mounting. FourTeck.com can help structure those integration questions before equipment is ordered.
ZKTeco SBTL8000 Safety, Sensing and Site Reliability
Entrance control has to distinguish between authorized movement, tailgating attempts, obstruction and emergency conditions. The SBTL8000 uses infrared sensors across the lane, with 12 pairs listed as standard and 18 pairs as an option. These sensors support anti-tailgating and anti-pinch functions so the system can respond to pedestrian position rather than treating the barrier as a simple timed door. Correct installation and calibration are essential because sensor performance depends on alignment, lane geometry and the surrounding environment.
Emergency behavior is equally important. The product provides a voltage-free fire-signal input, a fire-alarm release function and automatic unlocking when power is removed. This allows the swing barriers to open under defined emergency conditions. The gate should still be integrated into the project’s approved fire and life-safety strategy, and final egress compliance belongs to the responsible consultant and authority requirements. No turnstile specification should be used as a substitute for that review.
For environmental planning, the current official data lists operation from −20°C to 70°C and 0% to 95% relative humidity without condensation. Standard protection is IPX4, while a customized IP65 configuration is available on request and increases overall height by 14 mm. This makes environmental selection a deliberate specification item. Exposed locations should be reviewed for rain, dust, drainage, power protection and cable entry rather than assuming a standard indoor configuration will be suitable. The listed MCBF of 10 million provides a useful reliability reference, while practical service life also depends on traffic, commissioning and preventive maintenance.
What Should You Know Before Choosing This Speed Gate?
Business buyers often start with the model number but the right entrance-control decision depends on lane planning, credential method, integration, environment and project scope. The answers below address the questions that usually determine whether the gate fits a real deployment.
Is this suitable for a busy office entrance?
Yes, it is designed for managed pedestrian flow and publishes credential-dependent rates of 30 to 35 passengers per minute. The important question is whether one lane is enough for the building’s peak arrival period. Buyers should estimate the busiest ten-to-fifteen-minute window, then decide whether multiple lanes are required rather than using average daily traffic alone.
Does the standard unit include an access controller?
No. The current specification states that the controller is not equipped by default. ZKTeco C3 and InBio series controllers can be selected, while third-party controllers may be possible subject to chassis space and integration requirements. A quotation should clearly state the controller model so the buyer can distinguish a gate-only proposal from an operational access-control lane.
Can we use cards, QR codes or facial authentication?
These are all supported configuration directions. RFID and QR can be planned with undermount arrangements, facial authentication can be post-mounted, and ZKTeco lists specific reader families including Pro ID, KR and QR500. The exact reader, controller, software and credential workflow should be approved together because compatibility is a system-level decision.
Should we choose the 660 mm or 1000 mm lane?
The 660 mm width is the standard configuration and fits routine pedestrian passage. The optional 1000 mm width may be more appropriate where additional clearance is required. Accessibility, carts, bags, local building requirements and circulation design should be reviewed before deciding; the wider option should not be assumed solely from user preference.
Can it be used in an exposed location?
The current product data lists indoor/outdoor application, but environmental protection must be specified correctly. Standard protection is IPX4 and a customized IP65 option is available on request. Projects should review rain, dust, drainage, temperature, cable sealing and power conditions before treating the gate as suitable for a specific exposed area.
Will it work with our existing access-control platform?
It may, but compatibility has to be validated. The gate supports ZKTeco controller options and provides RS485 plus fire-alarm connectivity, while third-party controller installation depends on available chassis space. Existing credential formats, relay logic, event reporting, software APIs and reader interfaces should be documented before a replacement project is quoted.
What happens during a power failure or fire alarm?
The barrier is designed to unlock automatically during power-off conditions, and the gate provides a fire-signal input for active release. These functions support emergency egress planning, but the project still needs an approved fire and life-safety design. The integrator should test the configured release behavior during commissioning instead of assuming the connection alone is sufficient.
What should we prepare for installation?
Prepare a flat, level floor, confirm lane dimensions, power routing, controller and network cabling, reader mounting, fire-alarm interface and pedestrian circulation. An optional base plate can be considered for unfinished floors. A marked floor plan and photographs help the project team identify space conflicts before equipment reaches the site.
What information gives FourTeck.com a better quotation basis?
Share the number of lanes, standard or wider passage preference, credential method, existing controller/software details, expected daily and peak traffic, site location, floor condition and environmental exposure. Also state whether you require supply only, accessories, installation coordination or commissioning guidance. A complete brief reduces assumptions and makes commercial comparisons more meaningful.
Business Requirements to Match Before You Buy
For a polished front-of-house entrance
Organizations that want access control without a bulky mechanical look can use the slim stainless-steel swing-gate format. Confirm that the lane arrangement also leaves enough space for reception desks, visitor circulation and emergency routes.
For mixed employee and visitor credentials
The modular reader approach can support different authentication plans. Buyers should map employee cards, visitor QR codes and any biometric requirement to the exact controller and software environment before procurement.
For a replacement of an older gate
Document the existing reader, controller, credential type, software and cable routes. Reusing infrastructure can reduce disruption, but compatibility must be tested rather than assumed from similar wiring or form factor.
For a high-traffic arrival period
Use peak-period flow estimates to decide the number of lanes. Published passenger rates are useful references, but credential presentation time, visitor behavior and alarm handling can reduce practical throughput.
For environments needing extra protection
Standard and customized protection options differ. If the site is exposed, specify environmental conditions and request the appropriate protection configuration instead of assuming the standard gate is suitable outdoors.
For project procurement with multiple dependencies
Ask for a complete bill of materials covering gate cabinets, controllers, readers, mounting, software, cabling and services. This prevents a chassis-only comparison from hiding additional project costs.
What Buyers Should Check Before Purchase
An entrance-control project can look simple on a quotation and become complicated during installation if the physical lane, controller and credentials were selected separately. Before approving the order, buyers should confirm the full operating concept and make sure technical and commercial proposals use the same scope.
Configuration Fit
Confirm single-lane quantity, 660 mm or optional 1000 mm passage, standard or customized protection, IR sensor option, credential method and whether the project needs dedicated entrance and exit lanes.
Compatibility Check
Record the controller, reader, card technology, software and fire-interface requirements. Third-party integration should be evaluated in advance, including physical controller fit and the required input/output behavior.
Availability and Warranty
Ask for current model availability, lead time, supplied configuration and applicable warranty terms in writing. These can differ by supplier status, project quantity and selected options, so they should not be inferred from the model name.
Installation Scope
Decide who provides floor drilling, containment, power, network cabling, fire-alarm wiring, controller programming, reader installation, alignment, testing and user handover. Supply-only and installed prices should be compared separately.
Long-Term Operation
Plan how credentials are enrolled, how alarms are reviewed, who administers software, how spare parts are handled and what preventive maintenance is expected. Operational responsibility can be more important than the initial hardware choice.
Quote Preparation
Provide lane count, site photos, drawings, preferred authentication, existing system information, delivery location and expected project timing. Ask the supplier to identify exclusions so finance and technical teams can approve the same scope.
If two proposals differ significantly in price, first check whether both include the same number of gate cabinets and the same controller, reader, software, protection and service scope. A technically complete comparison is more useful than choosing only by the lowest headline amount. FourTeck.com can help buyers review these decision points and identify where the final configuration is still dependent on project information.
UAE Availability and Service Support
FourTeck.com supports business inquiries for ZKTeco entrance-control projects in Dubai and across the UAE. Support can include product identification, configuration review, quote preparation, delivery coordination and guidance on the questions that should be confirmed for warranty and project scope. Availability can vary according to the selected gate configuration, controller and reader combination, supplier position, project quantity and order timing, so the most reliable approach is to request a current quotation for the exact bill of materials.
For supply-only requirements, buyers should still confirm whether the quotation includes the complete operational components or only the gate hardware. For larger projects, send lane drawings, entrance dimensions and the intended credential workflow before commercial approval. If installation or commissioning is required, include the site condition and responsibility matrix so the proposal can identify power, cabling, fire-alarm interface, network connection, drilling and configuration tasks clearly.
Warranty guidance should also be tied to the supplied configuration and source. Ask for the applicable terms on the final quotation and keep the equipment serial information and project documentation after handover. FourTeck.com can help organize these procurement details so technical teams, facilities teams and finance approvers are evaluating the same requirement.
Dubai, Abu Dhabi, Sharjah and Ajman Project Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for turnstile availability, configuration guidance and quotation assistance. The most effective starting point is to share the project location together with lane quantity, entrance dimensions, credential method and whether the requirement is for new construction, a retrofit or replacement of an existing access-control lane.
For multi-site organizations, standardization should be discussed early. Using the same reader orientation, controller family, lane behavior and software policy across several offices can simplify training and future maintenance, but only when every site has compatible physical conditions. Where entrances differ, the bill of materials may need wider lanes, different protection choices or alternative mounting. FourTeck.com can help buyers consolidate these differences into one procurement discussion rather than treating every location as an unrelated purchase.
Regional GCC and Africa Availability
FourTeck.com also supports business technology inquiries for selected GCC and Africa markets through its regional inquiry channels. Organizations with projects in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda and other markets can request assistance with product identification, configuration review and commercial coordination. Availability, delivery methods, documentation, warranty handling and installation responsibility can differ by country, project scope and supplier status, so regional requirements should be quoted separately where necessary.
Cross-border projects benefit from a standardized technical brief. Define the gate model, passage width, credential method, controller, software, protection requirement, power standard and service scope before requesting prices from multiple countries. This reduces the risk of receiving proposals that look comparable but contain different hardware. Regional buyers can use FourTeck.com, FourTeck Kenya, FourTeck Uganda, FourTeck Africa and FourTeck Kuwait as relevant inquiry starting points.
For project shipments, provide destination, quantity, required documentation and requested commercial terms during quotation. FourTeck.com can then coordinate the inquiry around the specified configuration rather than assuming a UAE quotation automatically applies to every market.
Other ZKTeco Entrance-Control Options to Consider
The SBTL8000 is designed as a single-lane speed gate, but related ZKTeco models may fit projects that need an additional lane, a different cabinet profile or another reader arrangement. Buyers should compare form factor, lane requirement, authentication design and site constraints rather than assuming products in the same family are interchangeable.
ZKTeco SBTL8200
Related dual-lane model for projects that need a paired lane arrangement within the same current family.
ZKTeco SBTL7000
A related swing-barrier family worth reviewing where project geometry and the selected design direction differ.
ZKTeco SBTL6000
Another modular swing-barrier option for buyers comparing reader flexibility, cabinet design and deployment style.
ZKTeco QR500
Relevant for QR-based entrance workflows where the selected gate configuration and controller support the planned reader integration.
If a project uses several lane types, ask for a coordinated design so cabinet heights, visual style, credential placement and lane behavior remain consistent. FourTeck.com can help buyers identify which related product should be evaluated based on the entrance layout rather than simply choosing the next model number in the series.
Why Business Buyers Contact FourTeck.com
Entrance-control purchasing often involves more coordination than the hardware list suggests. Security teams care about access policy, facilities teams care about the physical lane and floor, IT teams care about controllers and software, and finance teams need a quotation that separates required items from optional items. FourTeck.com helps bring those perspectives into one buying discussion so the order is based on the actual project requirement.
Help structuring the required product and related components for a clear commercial request.
Assistance identifying lane width, controller, reader, software and environmental choices that need confirmation.
A practical process for matching the quotation to lane quantity, project scope and delivery requirement.
Support discussing destination, project timing and supply arrangements without assuming stock or delivery speed.
Clarification of the terms applicable to the supplied configuration and sourcing route at quotation stage.
Help considering related ZKTeco entrance products when the lane or installation requirement points to another form factor.
The goal is not to make every project identical. It is to make the differences explicit before purchase. A buyer replacing an old gate may need integration review; a new building may need consultant-approved lane drawings; a visitor-management project may prioritize QR flow; and a premium office tower may prioritize facial authentication and a coordinated lobby design. By sharing the project context, buyers can receive guidance that is more useful than a model-only quotation.
Frequently Asked Questions
What is the SBTL8000 used for?
It is a single-lane swing-barrier speed gate used to control pedestrian movement at managed entrances. It can be combined with access-control readers and controllers so employees or visitors pass after successful authentication. Typical settings include office receptions, commercial lobbies, campuses and restricted internal zones where a professional, controlled passage is required.
What is the standard passage width?
The current specification lists a 660 mm standard lane and a 1000 mm optional lane. The correct width should be chosen from the building layout and user requirement. Where accessibility, carts or larger items are involved, the project team should verify local requirements and circulation rather than assuming the optional width alone resolves every accessibility need.
Does the gate include RFID or facial recognition by default?
Authentication is configuration dependent. The product supports reader arrangements for RFID, QR and facial authentication, but the final reader and controller combination should be specified in the quotation. Buyers should not assume a gate-only item automatically includes a reader, access controller, software license or credential enrollment equipment.
Which access controllers can be used?
ZKTeco lists C3 series and InBio series controllers as optional choices. A third-party controller may also be possible when the chassis has sufficient space and the required interfaces are compatible. Existing-system projects should validate controller inputs, outputs, credential logic and software integration before ordering hardware.
How fast can users pass through?
Current ZKTeco data lists approximately 35 passengers per minute for RFID and 30 passengers per minute for QR or facial authentication. These are reference rates. Real site throughput can be lower depending on user familiarity, credential response, queue layout, alarms, visitor assistance and the number of available lanes.
What safety functions are included?
The product lists anti-tailgating and anti-pinch functions, power-off unlocking and fire-alarm active release. It also uses multiple infrared sensor pairs to monitor passage. These features support safe operation but do not replace the project’s required fire, accessibility or safety approvals. The configured emergency behavior should be tested during commissioning.
Can FourTeck.com help with a complete lane requirement?
Yes. Buyers can share the number of lanes, credential method, controller preference, existing software, site drawings, environmental conditions and required services. FourTeck.com can help organize the configuration questions and quotation scope so the proposal reflects more than the turnstile chassis alone.
Is the product available for UAE projects?
FourTeck.com supports UAE inquiries and can check current sourcing and configuration options. Availability depends on the selected model, options, quantity and supplier status, so stock should not be assumed from a web page. Request a current quotation with the required lane, reader, controller and delivery details.
What should be included in a quotation request?
Include lane quantity, passage width, authentication type, existing controller or software information, power and fire-interface availability, site photos or drawings, environmental exposure, delivery location and whether installation or commissioning is required. This information allows a more accurate bill of materials and makes supplier comparisons easier.
Need Help Planning the Right Entrance-Control Configuration?
Send FourTeck.com your lane count, entrance dimensions, credential preference, controller or software details and project location. We can help review the configuration questions, current availability and quotation scope for your business requirement.
